201116727 六、發明說明： 【發明所屬之技術領域】 本發明係有關一種固鎖技術，尤其是指一種且有浮動 調整固鎖元件位置以及將固鎖元件對位於固鎖位置之一種 具定位與浮動調整機制之固鎖裝置。 【先前技術】 ^於相㈣的進步，使得現今社會處於-個資訊科 ，回速發展的時代。因此，傳統個人電腦的應収益已經 二、法因應企業中高速且大量的資料處理的需求。為了因應 =且ΐ量資訊儲存以及處理的需要，電腦資訊業者乃開 夕擁有專門功能的伺服器，以提供企業不同的使用 需求。 /-般伺服器皆集中擺放在—機櫃中，如圖—所示，言 圖係為習用之機櫃示意圖。—般而言，機櫃丨内會有一严 板1〇，門板打開後，裡面會有一容置空間u，在容置空『 t兩側具有框架12，其上具有複數個開孔13，以提供 固鎖元件14通過將飼服器15固鎖於框架12上。除了正6 之夕卜’為了加強鎖固效果，在伺服器15的側面細 :1之間也會設置支架16 ’其一端係鎖固該框架上。制 由固鎖元件17將伺服器15之側面與支架16相鎖固。1 然而’由於赌器的種類很多，且隨㈣服器的功能 =而有不同大小與尺寸的設計。為了因應不同尺寸的饲 為’因此機櫃的尺寸與大小也會有所不同（如圖—之虛鱗 201116727 延伸表示不同機櫃之尺寸）。隨著伺服器尺寸的變化，以縱 深D為例，因為尺寸的變化使得伺服器15側面之固鎖孔 150位置也會隨之改變。因此在側面鎖固時，必須要選擇 適當尺寸以及對應到伺服器15側面固鎖孔150開設位置的 支架16以將伺服器15鎖固於支架16上。不過由於鑽孔加 工的誤差，常常使得伺服器15上的固鎖孔150與支架16 上的通孔18不一致，增加鎖固上的困難與不便。 為了解決不同尺寸的伺服器所造成鎖固上的不便，在 習用技術中，如令華民國公告專利號第1234050揭露了一 種支架，其係具有長形的滑槽，可以提供固鎖元件通過與 滑動。由於固鎖元件可以在滑槽上滑動，因此可以容易的 調整位置而與裝置上的固定孔對應而達到鎖固的效果。又 例如中華民國公告號第213264號專利，則揭露一種鋁擠型 機櫃框架，在框架内具有凹槽，其内設置有可以浮動的螺 孔座，使得使用者可以藉由移動螺孔座來調整鎖固位置。 前述之習用技術雖然可以解決固鎖元件調整位置的問 題，但是還是必須藉由使用者利用目視的方式將固鎖元件 移動到固定孔上才能順利鎖固。然而在實際使用時，由於 機櫃林立，空間有限，使用者很能直接利用目視來讓固鎖 元件與伺服器之固鎖孔對位。因此，通常僅能憑藉著感覺 來將固鎖元件與伺服器固鎖孔對位。如此一來還是對於使 用上產生很大的因擾與不便。 综合上述，因此亟需一種具定位輿浮動調整機制之固 鎖裝置來解決習用技術所產生之問題。 201116727 【發明内容】 本發明提供一種具定位與浮動調整機制之固鎖裝置， 其係具有可以改變固鎖位置的固鎖元件以及可以在固鎖元 件移動時，使固鎖元件快速地與被固鎖之裝置上的固定孔 相對應與定位，使得該固鎖裝置可以適用於各種不同深度 與大小的框架（例如：伺服器用之框架），而且可以讓使用201116727 VI. Description of the Invention: [Technical Field] The present invention relates to a locking technique, and more particularly to a positioning and floating of a type of floating adjustment locking element and a pair of locking elements located at a locking position The locking mechanism of the adjustment mechanism. [Prior Art] ^ The progress of Yu Xiang (4) has made today's society in an era of information science and speed development. Therefore, the benefits of traditional personal computers have been second, the law responds to the needs of high-speed and large-scale data processing in enterprises. In order to respond to the need for information storage and processing, computer information providers are specialized in providing servers with different functions to meet the different needs of enterprises. /- The general server is placed in the cabinet - as shown in the figure - the diagram is the schematic diagram of the cabinet. Generally speaking, there will be a strict plate in the cabinet, and after the door panel is opened, there will be a receiving space u inside, and there is a frame 12 on both sides of the receiving space, and a plurality of openings 13 are provided thereon to provide The locking element 14 is secured to the frame 12 by the feeder 15. In addition to the positive 6's, in order to enhance the locking effect, a bracket 16' is also provided between the side of the servo 15 and 1 is fixed at one end thereof. The side of the servo 15 is locked to the bracket 16 by a locking element 17. 1 However, there are many different sizes and sizes due to the variety of gambling machines and the function of the (4) server. In order to respond to different sizes of feeding, the size and size of the cabinet will also be different (as shown in the figure - the virtual scale 201116727 extends the size of the different cabinets). As the size of the servo changes, the depth D is taken as an example, because the change in size causes the position of the locking hole 150 on the side of the servo 15 to change. Therefore, when the side is locked, it is necessary to select the appropriate size and the bracket 16 corresponding to the opening position of the side locking hole 150 of the servo 15 to lock the servo 15 to the bracket 16. However, due to the error of the drilling process, the locking hole 150 on the servo 15 is often inconsistent with the through hole 18 in the bracket 16, which increases the difficulty and inconvenience in locking. In order to solve the inconvenience caused by the servos of different sizes, in the conventional technology, a bracket is disclosed in the Korean Patent Publication No. 1234050, which has an elongated chute, which can provide a locking element through slide. Since the locking element can slide on the chute, the position can be easily adjusted to correspond to the fixing hole on the device to achieve the locking effect. For example, in the Republic of China Announcement No. 213264 patent, an aluminum extruded cabinet frame is disclosed, which has a groove in the frame, and a screw hole seat that can be floated therein, so that the user can adjust by moving the screw hole seat. Lock position. Although the above-mentioned conventional technology can solve the problem of adjusting the position of the locking component, it is necessary to visually lock the locking component to the fixing hole by the user to smoothly lock. However, in actual use, due to the limited space of the cabinet, the user can directly use the visual alignment to align the locking component with the locking hole of the servo. Therefore, it is usually only possible to align the locking element with the servo locking hole by virtue of the feeling. As a result, there is a great deal of inconvenience and inconvenience in use. In summary, there is a need for a locking device with a positioning/floating adjustment mechanism to solve the problems caused by conventional techniques. 201116727 SUMMARY OF THE INVENTION The present invention provides a locking device with a positioning and floating adjustment mechanism, which has a locking component that can change the locking position and can quickly fix the locking component when the locking component moves. The fixing hole on the locking device is correspondingly positioned, so that the locking device can be applied to frames of various depths and sizes (for example, a frame for a server), and can be used
者在不用視覺的辅助之下，可以輕易的將固鎖元件與固定 孔對位，而輕鬆地將裝置鎖固。 在一實施例令，本發明提供一種具定位與浮動 •工八〜叫穴斤切明j 制之固鎖裝置’其係包括有：—定位部，其係設置於一裝 置具有至少-固定孔之—側面上，該定位部於每一固定孔 之周圍具有-對位口，該對位口之至少—側分別具有一頸 :通道；-支架’其係具有一滑槽，該支架係設置於一框 ^上’以及固鎖元件，其係滑設於該滑槽内，該固鎖元 =有一_部’該固鎖元件於滑槽内滑動時，該固鎖部 ==縮通道而進入該對位口内，使該固鎖部與 貫施方式】 為使貴審查委員能對本發明之特徵、 更進-步的認知與瞭解，τ文特將本 置 部結構以及設計的理念原由進行說明，以使/ 以了解本發明之特點，詳細說明陳述如下：—了 請參閱圖二所示，該圖传或太 圆係為本發明之具有具定位與号 201116727 動調整機制之固鎖裝置立體分解示意圖。該固鎖裝置2包 括有，一定位部20、一支架21以及一固鎖元件22。該定 位部20，其係設置於一裝置90之一侧面900上，該側面 900上具有至少一固定孔901。該定位部20於每一固定孔 901之周圍具有一對位口 200,該對位口 200之兩側分別具 有一頸縮通道201。該裝置90之類型並無特定限制，只要 是需要固定的裝置都可以使用。在本實施例中，該裝置90 係為一電子裝置，例如：伺服器、路由器（router)、網路 交換器（switch)、儲存媒體（例如：硬碟）或讀取裝置（例 如：光碟機）等需要在側面進行鎖固以將裝置固定於機櫃容 置櫃内。此外，亦可以在要將裝置懸掛或者是固定於牆面 上的情況下始用，例如要將顯示器懸掛於固定於牆面的框 架時使用。 本實施例中的定位部20更包括有一凹形座體202以及 兩對彈性對位部203。該凹形座體202具有一開口 2020側 且内部具有一容置空間2021。該兩對彈性對位部203，其 係分別設置於該容置空間2021内，每一對彈性部203與側 面900上之一固定孔901相對應。每一個彈性對位部203 更具有一對支臂204與205，其係相互對稱設置，每一支 臂204與205更具有一第一桿體2040與2050、一曲桿2041 與2051以及一對第二桿體2042、2043與2052、2053。該 第一桿體2040與2050，其係連接於該凹形座體202内壁 上與該凹形座體202内壁成一夾角Θ。該曲桿2041與 2051，其係設置於該固定孔901之一侧，在本實施例中， 由於曲桿2041與2051具有曲度，其中曲桿2041與相鄰之 201116727 另一曲桿2051相互對應，使得該兩曲桿2041與2051間形 成該對位口 200。該對第二桿體2042、2043與2052、2053 _之一第二桿體2042與2052連接於該曲桿2041與2051 之一端以及該第一桿體2040與2050上，而另一第二桿體 2043與2053則連接該曲桿2041與2051之另一端，使得 _· 該對支臂2〇4與205所具有之第二桿體2042、2043與 2052、2053於對位口 200兩侧形成頸縮通道201 ,亦即， 對應的第二桿體2042、2043與2052、2053之外端的開口 • 大於連接於曲桿2041與2051端的開口。此外，為了方便 設置該定位部20以及調整該定位部20之位置，裝置90的 側面900上更可以設置一凹槽902使得該定位部20之凹形 座體202外壁與該凹槽902内壁相抵靠。要說明的是，本 實施例之定位部20内雖然具有兩對彈性對位部203，但是 實際上的數量並不以此為限，一對或者是三對以上都可 . 以，端視使用需要而定。 請參閱圖三A所示，該圖係為本發明之定位部另一實 • 施例示意圖。在本實施例中’該定位部23具有一凹形座體 230以及至少一彈性對位部231。該凹形座體230，其内部 之一側面與該至少一固定孔901對應的位置上具有一凹槽 2300，而每一個彈性對位部231 ’其係分別與該至少一固 定孔901相對應，每一個彈性對位部231更具有一支臂 232。該支臂232更具有一第一桿體2320、一曲桿2321以 及一對第二桿體2322與2323。該第一桿體2320，其係連 接於該凹形座體230内璧上與該凹形座體230内壁成一夾 角0。該曲桿2321，其係設置於該固定孔901之一側，該 201116727 曲桿2321與該凹槽2300形成對位口 233。該對第二桿體 2322與2323中之一第二桿體2322連接於該曲桿2321之 一端以及該第一桿體2320上，而另一第二桿體2323則連 接該曲桿2321之另一端，使得該支臂232所具有之第二桿 體2322與2323與該凹形座體230内壁於對位口 233兩側 形成頸縮通道234。要說明的是，本實施例之定位部23内 雖然具有兩個彈性對位部231，但是實際上的數量並不以 此為限，一個或者是三個以上都可以，端視使用需要而定。 此外，如圖三B所示，在本實施例中，該頸縮通道201並 不一定要在對位口 200兩側同時具有，只要至少一側具有 即可達到定位的功效。 再回到圖二所示，該支架21，其係具有一滑槽210， 該支架21之另一端上具有一折板211，該折板211上開設 有複數個固定孔2110。該支架21係可以設置於一框架24 上，支架21上的固定孔2110係與該框件24上的定位孔 240相對應，以提供固鎖元件25將該支架21固鎖於該框 架24上。該固鎖元件22，其係滑設於該滑槽210内，該 固鎖元件22具有一帽體221、一滑動體222以及一擋體 223。該滑動體222，其係與該帽體221相連接，該滑動體 222係滑設於該滑槽21G内。該擋體223，其係設置於該滑 動體222之另一端，以避免該固鎖元件22脫離該滑槽210, 該擋體223之一側更連接有該固鎖部220，其上形成有螺 牙。當該固鎖元件22於滑槽210内滑動時，固鎖元件22 的固鎖部220中心係與該兩對彈性對位部203之對位口 200 中心線相對應。因此當固鎖元件22於該滑槽210内滑動 10 201116727 時，固鎖元件22可藉由通過該頸縮通道2〇1而進入該對位 口 2〇〇内，使該固鎖部220與該固定孔9〇1相對應。在一 實施例中，該頸縮通道201的最小開口之口徑係小於固鎖 22之固鎖部220的直徑，使得該固鎖部由頸縮通道内 之最小開口進入該對位口内時，藉由該對支臂2〇4與2〇5 的彈性恢復力產生定位的效果。 -接下來說明本發明之固鎖方式，參閱圖四A至圖四c 所不，該圖係分別為本發明之固鎖裝置動作示意圖。本實 施之裝置90係為伺服器，當伺服器容置於機櫃1後’接^ 來要調整側面的固鎖元件22以將裝置9〇固鎖於支架Η 上。由於裝S 90的側面上的固定孔9〇1位置會隨著裝置的 大小或規格而有所不同，因此使用者需要移動在 的^鎖元22尋找側面議上的固定孔9〇!。請參閱圖四 B所：，在固鎖元件22沿χ方向移動的過程中，固鎖元件 ㈣iTH220-會經由頸縮通道2〇1的最大開口處進入該 頭縮通遏201’糟由頸縮通道2〇1之導引，由 最小的開口進入到對位σ 2qq '''' 、 Η⑽"内。由於頊縮通道201最小 開口的口徑小於固鎖部220的寬戶， 頸缩ig，#9ni , .又因此虽固鎖部220在 員細通道201小於該固鎖部⑽直徑的 二桿體2042與2052，i隹而蚀兮结, 吟細第 兩側移動而蔣 吏以弟一桿體2〇40與2050向 珩侧移動而將頬縮通道2〇1撐 2050為長型桿俨έ士媸 ；弟一#體2040與 兩側（Υ方向）移動時，第 :的:。構，因此在向 恢復力。當固鎖部220繼續往前 ^畜積㈣ 定孔901 ff雁拄山μ 對位口 200内與固 對應如由於固鎖部220不再抵靠於第二桿綱 201116727 與2052，因此該第一桿體2040與2050會因為彈性恢復力 會將該第一桿體2040與2050帶回原位，進而使第二桿體 2042與2052回復到原位而對固鎖部220產生卡合效果， 使固鎖部220停留在對位口 200内而形成如圖四c之狀 態。在圖四C之狀態下’固鎖部220就可以藉由旋轉而進 入對應的固定孔而將裝置90固鎖於支架21上。相反地， 如果要取出裝置90時’使用者只要鬆脫該固鎖部220，及 可將裝置取出。雖然圖四A至圖四c所示之固鎖元件22的 移動方向為X方向，但是如果是_χ方向時，則由對位口 右側的頸縮通道201進入對位口 2〇〇，其係為同樣之原理， 在此不做資。 惟以^所述者，僅為本發明之實施例，當不能以之限 制本發明範ϋ。即大凡依本發明申請專利範圍所做 將不失本發明之要義所在，亦不脫離本發 月之精神和範圍，故都應視為本發明的進—步實施狀況。 12 201116727 【圖式簡單說明】 圖一係為習用之機櫃示意圖。 圖二係為本發明之具有具定位與浮動調整機制之固鎖裝置 立體分解示意圖。 : 圖三A係為本發明之定位部另一實施例示意圖。 -· 圖三B係為本發明之定位部又一實施例示意圖。 圖四A至圖四C係分別為本發明之固鎖裝置動作示意圖。 •【主要元件符號說明】 1_機植 10 -門板 11- 容置空間 12- 框架 • 13-開孔 . 14-固鎖元件 φ 15-伺服器 150-固鎖孔 16- 支架 17- 固鎖元件 18 -通孔 2-固鎖裝置 20-定位部 200-對位口 13 201116727 201- 頸縮通道 202- 凹形座體 2020-開口 202卜容置空間 203- 彈性對位部 204、205-支臂 2040、 2050-第一桿體 2041、 2051-曲桿 2042、 2043、2052、2053-第二桿體 21- 支架 210- 滑槽 211- 折板 2110-固定孔 22- 固鎖元件 220-固鎖部 23- 定位部 230- 凹形座體 2300-凹槽 231- 彈性對位部 232- 支臂 2320- 第一桿體 2321- 曲桿 2322、2323-第二桿體 14 201116727 233- 對位口 234- 頸縮通道 24- 框架 240-定位孔 25- 固鎖元件 90-裝置 900- 側面 901- 固定孔Without the aid of vision, the locking element can be easily aligned with the fixing hole to easily lock the device. In an embodiment, the present invention provides a locking device having a positioning and a floating, a work, a work, and a locating system. The system includes: a positioning portion disposed on a device having at least a fixing hole. - on the side, the positioning portion has a - alignment port around each of the fixing holes, and at least one side of the alignment port has a neck: a passage; the bracket - has a sliding groove, and the bracket is disposed on the bracket a frame and a locking element are slidably disposed in the sliding slot, and the locking element has a _ portion. When the locking component slides in the sliding slot, the locking portion==reducing the passage and entering In the alignment port, the locking portion and the manner of the implementation are provided. In order to enable the reviewing committee to understand and understand the features of the present invention, τ文特 will explain the structure of the main part and the original design concept. In order to make / understand the characteristics of the present invention, the detailed description is as follows: - Please refer to FIG. 2, which is a three-dimensional locking device with positioning and number 201116727 dynamic adjustment mechanism. Decomposition diagram. The locking device 2 includes a positioning portion 20, a bracket 21 and a locking member 22. The positioning portion 20 is disposed on one side 900 of a device 90 having at least one fixing hole 901. The positioning portion 20 has a pair of position ports 200 around each of the fixing holes 901. The two sides of the pair of position ports 200 respectively have a necking passage 201. The type of the device 90 is not particularly limited as long as it is a device that needs to be fixed. In this embodiment, the device 90 is an electronic device, such as a server, a router, a network switch, a storage medium (for example, a hard disk), or a reading device (for example, a CD player). ), etc. need to be locked on the side to fix the device in the cabinet receiving cabinet. In addition, it can also be used when the device is to be hung or fixed to the wall, for example, when the display is hung from a frame fixed to the wall. The positioning portion 20 in this embodiment further includes a concave base 202 and two pairs of elastic alignment portions 203. The concave body 202 has an opening 2020 side and an accommodating space 2021. The two pairs of elastic alignment portions 203 are respectively disposed in the accommodating space 2021, and each pair of elastic portions 203 corresponds to one of the fixing holes 901 on the side surface 900. Each of the elastic alignment portions 203 further has a pair of arms 204 and 205 which are symmetrically arranged with each other. Each of the arms 204 and 205 further has a first rod 2040 and 2050, a curved rod 2041 and 2051, and a pair. The second rods 2042, 2043 and 2052, 2053. The first rod body 2040 and 2050 are connected to the inner wall of the concave seat body 202 at an angle Θ with the inner wall of the concave seat body 202. The curved rods 2041 and 2051 are disposed on one side of the fixing hole 901. In this embodiment, since the curved rods 2041 and 2051 have curvature, the curved rod 2041 and the adjacent 201116727 another curved rod 2051 are mutually Correspondingly, the alignment port 200 is formed between the two curved bars 2041 and 2051. The pair of second rods 2042, 2043 and 2052, 2053 of the second rods 2042 and 2052 are connected to one end of the curved rods 2041 and 2051 and the first rods 2040 and 2050, and the other second rod The bodies 2043 and 2053 are connected to the other ends of the curved rods 2041 and 2051, so that the second rods 2042, 2043 and 2052, 2053 of the pair of arms 2〇4 and 205 are formed on both sides of the alignment port 200. The necking passages 201, that is, the openings of the corresponding second rod bodies 2042, 2043 and 2052, 2053 are larger than the openings connected to the ends of the curved rods 2041 and 2051. In addition, in order to facilitate the positioning of the positioning portion 20 and the position of the positioning portion 20, a groove 902 may be disposed on the side surface 900 of the device 90 such that the outer wall of the concave seat 202 of the positioning portion 20 is opposite to the inner wall of the groove 902. by. It should be noted that although there are two pairs of elastic alignment portions 203 in the positioning portion 20 of the embodiment, the actual number is not limited thereto, and one pair or three pairs or more may be used. Need to be determined. Please refer to FIG. 3A, which is a schematic diagram of another embodiment of the positioning unit of the present invention. In the present embodiment, the positioning portion 23 has a concave seat body 230 and at least one elastic alignment portion 231. The recessed body 230 has a recess 2300 at a position corresponding to the at least one fixing hole 901, and each of the elastic aligning portions 231' respectively corresponds to the at least one fixing hole 901 Each of the elastic alignment portions 231 further has an arm 232. The arm 232 further has a first rod 2320, a curved rod 2321 and a pair of second rods 2322 and 2323. The first rod body 2320 is connected to the inner surface of the concave seat body 230 at an angle of 0 to the inner wall of the concave seat body 230. The curved rod 2321 is disposed on one side of the fixing hole 901, and the 201116727 curved rod 2321 forms an alignment port 233 with the groove 2300. One of the second rod bodies 2322 and 2323 is connected to one end of the curved rod 2321 and the first rod body 2320, and the other second rod body 2323 is connected to the other of the curved rods 2321. At one end, the second rods 2322 and 2323 of the arm 232 and the inner wall of the concave base 230 form a necking channel 234 on both sides of the alignment port 233. It should be noted that although there are two elastic alignment portions 231 in the positioning portion 23 of the embodiment, the actual number is not limited thereto, and one or more may be used, depending on the needs of use. . In addition, as shown in FIG. 3B, in the embodiment, the necking channel 201 does not have to be simultaneously provided on both sides of the alignment port 200, as long as at least one side has the effect of positioning. Referring to FIG. 2, the bracket 21 has a sliding slot 210. The other end of the bracket 21 has a folding plate 211. The folding plate 211 defines a plurality of fixing holes 2110. The bracket 21 can be disposed on a frame 24, and the fixing hole 2110 of the bracket 21 corresponds to the positioning hole 240 of the frame member 24 to provide a locking component 25 for locking the bracket 21 to the frame 24. . The locking element 22 is slidably disposed in the sliding slot 210. The locking element 22 has a cap body 221, a sliding body 222 and a blocking body 223. The sliding body 222 is connected to the cap body 221, and the sliding body 222 is slidably disposed in the sliding groove 21G. The blocking body 223 is disposed at the other end of the sliding body 222 to prevent the locking element 22 from being disengaged from the sliding slot 210. The locking body 220 is further connected to the locking portion 220 on the side of the blocking body 223. Screw teeth. When the locking element 22 slides in the sliding slot 210, the center of the locking portion 220 of the locking element 22 corresponds to the center line of the alignment port 200 of the two pairs of elastic alignment portions 203. Therefore, when the locking component 22 slides 10 201116727 in the sliding slot 210, the locking component 22 can enter the alignment opening 2 through the necking passage 2〇1, so that the locking portion 220 is The fixing holes 9〇1 correspond to each other. In an embodiment, the smallest opening of the necking passage 201 is smaller than the diameter of the locking portion 220 of the locking member 22, so that the locking portion enters the alignment opening by the smallest opening in the necking passage. The positioning effect is produced by the elastic restoring forces of the pair of arms 2〇4 and 2〇5. - Next, the locking method of the present invention will be described. Referring to Figures 4A to 4c, the drawings are respectively schematic views of the operation of the locking device of the present invention. The device 90 of the present embodiment is a server. When the servo is housed in the cabinet 1, the side locking member 22 is adjusted to lock the device 9 to the bracket. Since the position of the fixing hole 9〇1 on the side of the mounting S 90 varies depending on the size or size of the device, the user needs to move the locking element 22 to find the fixing hole 9〇 on the side. Please refer to Figure 4B: During the movement of the locking element 22 in the χ direction, the locking element (4) iTH220- will enter the head deflation 201' via the largest opening of the necking channel 2〇1. The channel 2〇1 is guided by the smallest opening into the alignment σ 2qq ''', Η(10)". Since the smallest opening of the collapse channel 201 is smaller than the width of the locking portion 220, the neck ig, #9ni, and thus the locking portion 220 is smaller than the diameter of the two-bar body 2042 of the locking portion (10). With 2052, i隹 兮 兮 , , , , , , 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏媸;弟一# Body 2040 with both sides (Υ direction) moving, the first: Structure, so in the direction of resilience. When the locking portion 220 continues to move forward (4) the fixed hole 901 ff 雁 拄 山 μ aligning with the inside of the mouth 200 as the solid locking portion 220 no longer abuts against the second axis 201116727 and 2052, so the first A rod body 2040 and 2050 will bring the first rod bodies 2040 and 2050 back to the original position due to the elastic restoring force, thereby returning the second rod bodies 2042 and 2052 to the original position to cause a locking effect on the locking portion 220. The locking portion 220 is caused to stay in the alignment port 200 to form a state as shown in FIG. 4c. In the state of Fig. 4C, the locking portion 220 can be locked into the corresponding fixing hole by rotation to lock the device 90 to the bracket 21. Conversely, if the device 90 is to be removed, the user simply releases the locking portion 220 and the device can be removed. Although the moving direction of the locking element 22 shown in FIG. 4A to FIG. 4c is the X direction, if it is the _χ direction, the necking channel 201 on the right side of the alignment port enters the registration port 2〇〇, which The same principle is used, and no capital is used here. However, the above description is only an embodiment of the present invention, and the present invention cannot be limited thereto. That is, the scope of the invention is not limited to the spirit and scope of the present invention, and should be regarded as the further implementation of the present invention. 12 201116727 [Simple description of the diagram] Figure 1 is a schematic diagram of the cabinet used in the past. Figure 2 is a perspective exploded view of the locking device with positioning and floating adjustment mechanism of the present invention. FIG. 3A is a schematic diagram of another embodiment of the positioning unit of the present invention. - Figure 3B is a schematic view of still another embodiment of the positioning unit of the present invention. 4A to 4C are respectively schematic views of the operation of the locking device of the present invention. • [Main component symbol description] 1_machine 10 - door panel 11 - housing space 12 - frame • 13-opening. 14-locking element φ 15-server 150-locking hole 16- bracket 17-lock Element 18 - Through Hole 2 - Locking Device 20 - Positioning Portion 200 - Alignment Port 13 201116727 201 - Necked Channel 202 - Concave Seat 2020 - Opening 202 Bu accommodating Space 203 - Elastic Alignment Portion 204, 205- Arms 2040, 2050 - first rods 2041, 2051 - curved rods 2042, 2043, 2052, 2053 - second rod 21 - bracket 210 - chute 211 - flap 2110 - fixing hole 22 - locking element 220 - Locking portion 23 - Positioning portion 230 - Concave seat 2300 - Groove 231 - Elastic aligning portion 232 - Arm 2320 - First rod 2321 - Curved rod 2322, 2323 - Second rod 14 201116727 233- Position 234- Necked Channel 24 - Frame 240 - Positioning Hole 25 - Locking Element 90 - Device 900 - Side 901 - Mounting Hole
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